Grey Crushed Stone Aggregate Seamless Texture

This grey crushed stone aggregate seamless PBR texture provides a realistic surface for landscape and hardscape visualisations. This material represents a dense, uniform layer of crushed stone aggregate. The surface is defined by angular, fragmented rock particles in a consistent grey palette, creating a rugged and tactile appearance. The texture is designed to mimic standard construction-grade gravel, offering a high-fidelity look suitable for close-up shots or wide-angle site plans. The PBR data provided ensures accurate light interaction, with displacement maps adding depth to the individual stones, while roughness maps define the weathered, matte quality of the material, making it a reliable asset for exterior environment design and site development.

The download is a 28.4 MB compressed archive with the texture set at 2K with colour, normal, roughness and displacement maps, ready for any metal/roughness PBR workflow in Blender, 3ds Max, SketchUp, Unreal Engine or D5.

When applying this texture, ensure the UV mapping is set to a scale appropriate for the intended ground coverage to avoid tiling patterns. Use the provided displacement map in your render engine’s material displacement slot to achieve realistic depth and shadows between the rocks. Adjust the normal map intensity to suit the lighting conditions of your scene, and map the roughness channel to control the light diffusion across the surface for a natural, non-reflective finish in outdoor environments.

This aggregate texture is well-suited for landscape architecture projects, particularly for paths, driveways, and garden beds. It is an essential material for site planning in residential and urban design, providing a realistic base for outdoor spaces. Professionals can use this to detail hardscape areas alongside paving, lawn, or planting beds. It pairs effectively with modern building materials like concrete or timber, and is ideal for projects requiring a clean, neutral surface that integrates well with various architectural styles and environmental settings.